![]() ![]() Afterwards he worked (2005-2010) in Carlos Ferrater studio (Office of Architecture in Barcelona) collaborating on the development of architectural projects and competitions, as well as co-authoring the chapter Ideographic Resources of the book Synchronizing Geometry (ACTAR, 2007). The introduction to digital production tools added a new dimension the material interest and eventually formed the topic for his PhD research.ĭavid Abondano (Issue 2-2) graduated in architecture at School of Architecture ESARQ (2005). ![]() He joined the teaching staff in Aarhus and coordinated seminars concerning materials and new technology. Of digital machinery at Aarhus School of Architecture and establishing of the material lab. Before Anders started his PhD studies he was involved in the implementation He has an interest in material qualities and material behaviours as well as the current and historic craftsmanship and knowledge connected to the materials. Both as aesthetic and formal expressions in design proposals and through investigative experiments during the design process. Both as a student and as an architect Anders’s work has been focusing on materials and material processing. In between his architectural studies he worked at architectural offices and also combined his master in architecture with graduate studies in philosophy and epistemology. Anders graduated as an architect in 2012. This will definitely contribute in upgrading health care system in Greece and elsewhere.Anders Kruse Aagaard (Issue 2-2) is an architect and PhD Fellow at Aarhus School of Architecture, Denmark. This multifaceted coexistence of scientists of different discipline will allow for the widening, enrichment and merging of separate know-how approaches to attain high-level development health technologies and health industrial system evolution. The field of development of biomedical systems and applications and their evolution relies on the synergy of scientists of a broad knowledge spectrum and the understanding of fundamental sciences of Medicine, Biology, Engineering and Informatics. The graduates of BME-AUTh will aptly cover the needs in scientific experts in the area of technology in health service. The BME-AUTh is targeting on selecting excellent graduates from relevant Departments, national and international, and educate them on biomedical engineering to build up a human potential of high theoretical training and knowledge that meets the requirements of the rapidly developing technological evolution in biomedical engineering in Greece and abroad. The aim of BME-AUTh is to give expert knowledge in the use and development of advanced applications of the technologies of biomedical engineering in health systems for prevention, diagnosis, therapy and rehabilitation. ![]() The official language of BME-AUTh is English. The BME-AUTh was founded in (FEK, issue 2, 3807) and first ran in the academic year 2021/2022, fall semester. The MSc in BioMedical Engineering at the Aristotle University of Thessaloniki, called BME-AUTh, is an inter-departmental postgraduate programme involving six Departments of the Aristotle University of Thessaloniki. MSc in BioMedical Engineering at AUTh (BME-AUTh)
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